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About TeraRecon
TeraRecon, Inc. is engaged in the development, marketing, and support of image processing and 3D visualization systems and subsystems for professional imaging applications in medical, geophysical, industrial, and scientific industries. They provide a pre-processing server that performs various image processing functions, a system for enterprise-wide interactive 3D distribution and image management, and a workstation to reconstruct images acquired from modern multi-slice CT and MR scanners. In addition, it provides hardware rendering boards that offer real-time 3D volume rendering for integration into medical, seismic, scientific, and high-performance imaging systems, and a 3D-server solution for networked interpretation workgroups. TeraRecon, Inc. was founded in 1997 and is headquartered in San Mateo, California. It has additional offices in Concord, Massachusetts, Houston, Texas, Tokyo and Osaka, Japan, Trondheim, Norway, and Frankfurt, Germany.
TeraRecon Details
Company Name
TeraRecon, Inc.Address
TeraRecon, Inc., Headquarters, 2955 Campus Drive #325, San Mateo, CA 94403, USA.Headquarters City
San Mateo, CaliforniaCompany Type
Privately heldManaging Director
Motoaki SaitoFounder(s)
Motoaki Saito, Kazuo TakahashiFounded
1997Country of Incorporation
USACEO & Chairman Of Board
Robert TaylorPresident
Robert TaylorProduct Areas
TeraRecon News
- TeraRecon Receives 2010 North American Growth Leadership of the Year Award From Frost & Sullivan
- Gore Announces Availability of GOREĀ® 3D Imaging System
- iNtuition CLOUD Creates Universal, Affordable Access to 3D EVAR Tools at VEITH Symposium
- Gore Launches New Cloud-Based 3-D Case Planning System
- Frost & Sullivan Recognizes TeraRecon's Accomplishments
- ECR10: TeraRecon's New Innovations to iNtuition
- TeraRecon Receives "Company of the Year Award'
- TeraRecon Highlights Rapid Adoption of iNtuition
- TeraRecon Displays iNtuition at the 10th International Symposium on Virtual Colonoscopy
- iNtuition rises to the SCCT challenge to achieve optimal effectiveness in Cardiac CT
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